Stationary linear dimension object with graphically editable Nodes, visible on multiple stories, units independent from project settings, numeric change of segments' length, flexible attribute settings, stays unchanged no matter what.

Stationary linear dimension object with graphically editable Nodes, visible on multiple stories, units independent from project settings, numeric change of segments' length, flexible attribute settings, stays unchanged no matter what.

The chair Bergen is designed by Hallgeir Homstvedt. Bergen was originally developed for a project to a university in Bergen, Norway. After further development the chair is now launched in our collection with its inspiring expression. In a certain light you can, by reading the shadow, imagine where Homstvedt found his inspiration - the beautiful windows of the university. “I designed this chair for the competition which I won for the furnishing of the newly renovated auditorium in the Bergen University, originally built in 1894. The imposing window valves in the room were important as inspiration. The shapes are reflected in the square back and the circular seat. The chair’s character lies in the meeting between these two surfaces, giving the impression of floating in the air, with only a small concealed point of attachment. This gives the chair a minimalistic and slender character, with good stacking capacity. The brief for the competition stated that the auditorium must hold four hundred seated audience members, but that it can quickly and swiftly be refurnished for a dinner for a hundred people.” / Hallgeir Homstvedt

Mobile examination light mounted on a floor stand with casters. Unit features colored corrected light, an air-cooled shade and a balanced floating arm. Unit may also have a center mount detachable and sterilizable control handle. Designed for examination, treatment, and emergency areas where cool, color-corrected light is needed.

This system is specifically designed to perform radiographic examinations in the Radiology Department. This units characteristics and components include, 65 kW micro-processor controlled X-ray generator, non-tilting table with a horizontally adjustable bucky and floating table top, ceiling suspended 0.6/1.0 mm tube unit and vertical bucky stand.

HÅG Futu has an adjustable lumbar support and seat-depth setting. The chair is delivered with the specially designed FutuKnit textile on the backrest and your choice of FutuKnit or HTC on the seat. The chair features inBalance™ technology with balanced floating forward and backward tilt. Tilt resistance is adjustable and lockable. Height and breadth-adjustable armrests are optional. Standard 165 mm gas lift. Footbase with footrest in silver or black. Hard castors for soft flooring and soft castors for hard floors.

Savo XO - office chair with timeless design Style, elegance and excellent sitting. Savo XO is appreciated for its generous dimensions and timeless design. You can choose between high back including headrests or medium high back without headrest. As for all Savo office chairs it is equipped with Savo Floating Tilt®.

Like a floating star, Kyklos_P1 illuminates the interiors of hotels and private homes. Its essential design consists of a perfect circle, a 2 cm thick polyurethane foam ring which projects upwards the CRI 90 light emitted by topLED, becoming a double emission source. Available in three sizes, dimmable via DALI protocol, for a simplified design and a light intensity management on various devices controlled by means of software.

Like a floating star, Kyklos_P1 illuminates the interiors of hotels and private homes. Its essential design consists of a perfect circle, a 2 cm thick polyurethane foam ring which projects upwards the CRI 90 light emitted by topLED, becoming a double emission source. Available in three sizes, dimmable via DALI protocol, for a simplified design and a light intensity management on various devices controlled by means of software.

Like a floating star, Kyklos_P1 illuminates the interiors of hotels and private homes. Its essential design consists of a perfect circle, a 2 cm thick polyurethane foam ring which projects upwards the CRI 90 light emitted by topLED, becoming a double emission source. Available in three sizes, dimmable via DALI protocol, for a simplified design and a light intensity management on various devices controlled by means of software.

A symphony of floating rings emitting a suffused, elegant light. The 2 cm thick polyurethane foam lighting fixture houses topLED sources seamlessly integrated in the sockets of the textured structure. Two rings of light are arranged in a play of reflecting mirrors: the smaller ring is placed over the light source and projects the light downwards. Kyklos_P2 is the ideal solution for illuminating interiors of hotels and private homes. Available in three sizes, dimmable via DALI protocol, for a simplified design and a light intensity management on various devices controlled by means of software.

A symphony of floating rings emitting a suffused, elegant light. The 2 cm thick polyurethane foam lighting fixture houses topLED sources seamlessly integrated in the sockets of the textured structure. Two rings of light are arranged in a play of reflecting mirrors: the smaller ring is placed over the light source and projects the light downwards. Kyklos_P2 is the ideal solution for illuminating interiors of hotels and private homes. Available in three sizes, dimmable via DALI protocol, for a simplified design and a light intensity management on various devices controlled by means of software.

A symphony of floating rings emitting a suffused, elegant light. The 2 cm thick polyurethane foam lighting fixture houses topLED sources seamlessly integrated in the sockets of the textured structure. Two rings of light are arranged in a play of reflecting mirrors: the smaller ring is placed over the light source and projects the light downwards. Kyklos_P2 is the ideal solution for illuminating interiors of hotels and private homes. Available in three sizes, dimmable via DALI protocol, for a simplified design and a light intensity management on various devices controlled by means of software.